Candida albicans: The fungus responsible for mycoses
Candida albicans is a commensal fungus that is part of the normal flora. It becomes pathogenic during an imbalance (dysbiosis) caused by:
- Antibiotics (destroy protective bacteria)
- Immunosuppression
- Diet rich in refined sugars
- Chronic stress (elevated cortisol)
Antifungal activity of ginger
1. Inhibition of Candida growth
Gingerols and shogaols inhibit the growth of Candida albicans with an MIC of 0.5-2 mg/ml in vitro (Park 2010). This concentration is theoretically achievable in the intestine after INTI consumption.
2. Biofilm disruption
Candida develops biofilms that protect it from antifungals. Ginger inhibits the formation of these biofilms by 40-60% (Landa-Solis 2005).
3. Inhibition of yeast → filament transition
The filamentous form (hyphae) of Candida is more invasive and pathogenic. Ginger inhibits this morphological transition, keeping Candida in a less aggressive yeast form.
4. Rebalancing of intestinal flora
Ginger promotes Lactobacillus (natural antagonists of Candida) and inhibits the proliferation of pro-inflammatory yeasts.
Available data
| Study | Result |
|---|---|
| Park 2010 (in vitro) | MIC against C. albicans = 0.5-2 mg/ml gingerols |
| Landa-Solis 2005 | Candida Biofilm -55% with ginger extract |
| Rahmani 2014 | Ginger inhibits yeast-hyphae transition C. albicans |
INTI protocol for candida
- Dose: 20-30ml INTI/day, divided into 2-3 doses
- Timing: Before meals (on an empty stomach promotes contact with the intestinal mucosa)
- Duration: 4-8 weeks minimum
- Combine with: Probiotics (Lactobacillus rhamnosus, L. acidophilus), sugar reduction
- Synergies: turmeric-black-pepper-synergy-benefits">Turmeric + ginger (INTI) + coconut oil (capric acid anti-Candida)
In summary
- Inhibits Candida albicans growth in vitro (MIC 0.5-2 mg/ml)
- Reduces biofilm formation by 55%
- Inhibits yeast→hyphae transition (invasive form)
- Promotes Lactobacillus (natural antagonists of Candida)
- 20-30ml INTI/day + probiotics + sugar reduction
FAQ
Can ginger cause a Candida die-off reaction?
Theoretically possible if the rapid death of Candida releases toxins (Herxheimer reaction). In practice, at INTI doses, this effect is rarely reported. Start with a small dose if you have established candidiasis.
Does INTI's natural sugar (1.1g/100ml) feed Candida?
Not significantly. The amount of sugar in one dose of INTI (20ml = 0.22g sugar) is negligible compared to Candida's glucose needs. The antifungal effect largely outweighs it.
Related articles
To learn more, also read:
- INTI and candidiasis: sugar feeds Candida albicans, ginger fights it — sugar-free alternatives in Belgium
- Ginger and Oral Microbiome: Plaque, Bacteria, Candida & Fresh Breath
- Ginger after an antibiotic course: rebuilding the microbiome
- Ginger and intestinal microbiome: prebiotic effects on flora
- Systemic Candidiasis Belgium 2025: NF-kB Candida, NLRP3 & Ginger
- INTI Ginger: All Questions about Sugar, Price, and Composition
- INTI vs GIMBER: Which Ginger to Choose if You Are Diabetic or Prediabetic?
- liver-nrf2-glutathione-toxin-elimination-inti">sugar-free ginger shot ginger detox cure: Liver, Nrf2 and Toxin Elimination (2025)
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